what was the overall effect over the course of 100 years of the blue flyibg faster than the brown

What distinguishes the Wright’s flights of 17 December 1903 from earlier heavier-than-air flights?

What distinguishes the Wright's flights of 17 December 1903 from earlier heavier-than-air flights? This flight was powered, where other heavier-than-air flights were gliders

What airplanes demonstrated the bomber as a mature-for-the-time technology?

By the end of the war, what airplanes demonstrated the bomber as a mature-for-the-time technology? German multiengine G and R planes, French Breguet XIV bomber,

What glider experiments influenced the design of the airplane?

What glider experiments influenced the design of the airplane? Sir George Cayley's experiments How did the Wright's bicycle business help their aviation ventures? The bicycle shop funded their projects. They also handcrafted their bicycles, which those crafting skills helped them in the construction of their airplane.

How fast has co 2 changed over time?

Global atmospheric carbon dioxide concentrations (CO 2) in parts per million (ppm) for the past 800,000 years. The peaks and valleys track ice ages (low CO 2) and warmer interglacials (higher CO 2 ). During these cycles, CO 2 was never higher than 300 ppm. On the geologic time scale, the increase (orange dashed line) looks virtually instantaneous.

What was the effect of the airplane?

The advent of human flight not only boosted our power of movement, but also enhanced our vision: We gained the ability to see the Earth from above. Before the Wrights' epochal breakthrough, there had been perhaps thousands of human flights, mostly in balloons.

How have airplanes improved in the past 100 years?

One of the biggest shifts in commercial aircraft history was the move from piston to jet engines in the 1950s – also where we get the term 'jet-setter'. Jet planes were bigger, faster and more economical than their piston-powered predecessors, and would shape the next 50 years of air travel.

What has the greatest effect on aircraft performance?

The primary factors most affected by performance are the takeoff and landing distance, rate of climb, ceiling, payload, range, speed, maneuverability, stability, and fuel economy.

How did the airplane change warfare in the 20th century?

Airplanes fueled further weaponry innovations as engineers assembled enormous anti-aircraft guns to provide ground-to-air defense. Most crucially, aerial bombing tactics changed the very fundamentals of ground warfare. Troops and equipment staged behind the front the lines were no longer safe.

What was the effect of invention of Aeroplane on our life?

The airplane was one of the most important inventions due to it creating jobs, creating easier cultural access, causes economic boosts, and created less pollution than most means of travel and also has an interesting history.

How did air travel change the world?

It facilitates tourism, trade, connectivity, generates economic growth, provides jobs, improves living standards, alleviates poverty, provides a lifeline for remote communities and enables a rapid response when disasters occur. Aviation helps drive the development of the modern world.

What affects the speed of a plane?

Remember that atmospheric conditions, temperature, the weight of the aircraft and its cargo, and other factors all come into play when discussing the speed of an airplane. For example, most passenger jets with larger engines cruise along somewhere between 550-600 miles per hour.

What factors affect flight?

The four basic forces [Figure 2-3] acting upon an aircraft in flight are lift, weight, thrust, and drag.Lift. Lift is a component of the total aerodynamic force on an airfoil and acts perpendicular to the relative wind. ... Weight. ... Thrust. ... Drag. ... Pressure Altitude. ... Density Altitude. ... Control Characteristics. ... Normal Command.More items...

What are the hazardous effects of a high density altitude on aircraft performance?

An increase in density altitude adversely affects your aircraft's performance by increasing takeoff distance, reducing rate of climb, increasing true air speed on approach, landing and increasing landing roll distance. In addition, high density altitude decreases the engine's horsepower output.

How has the plane changed over time?

Our dependence on air travel over the years has forced airplane design to catch up with the times. Now that aircraft use jet engines which have helped to increase the average speed of airplanes, aircraft wings have been shortened to produce less drag.

How has war in the air changed over time?

AAMs (Air to Air Missiles) were developed after the Second World War by various different countries. AAMs were fired from one aircraft with the aim of hitting another aircraft. This new technology meant that aeroplanes no longer needed to engage in 'dogfights' but could now attack enemy aircraft out of visual range.

How did planes change warfare ww1?

Due to the static nature of trench warfare, aircraft were the only means of gathering information beyond enemy trenches, so they were essential for discovering where the enemy was based and what they were doing.

Who said RFC casualties were higher than infantry subalterns?

This obviously varied with time and activity over the war, but poet Robert Graves noted that RFC casualties were markedly higher than for infantry subalterns.

How did battles in the sky change military tactics?

How battles in the sky changed military tactics. This was matched by an unprecedented growth in the aviation industry. By early 1915 the British Army reckoned it would need some 50 squadrons of aircraft, up to 700 planes in total.

Why were pilots needed in the RFC?

Pilots were needed in ever-increasing numbers to fly the new machines and replace casualties. Although the RFC was relatively small, their ratio of losses was at least as high as in the infantry. But there was never a shortage of volunteers either to fly as a pilot or as an observer.

What were the roles of pilots in WW1?

Pilots would shoot their revolvers at the enemy. Equally, by the end of WW1, the basic key roles of air power - control of the air, strike, reconnaissance and mobility - had all been demonstrated. They remain the same today. Where there is a stark difference, is in the life expectancy of those involved.

What was the most famous plane in WW1?

The Fokker DR-1 tri-plane was one of Germany's most famous fighter aircraft in WW1. When the world went to war in 1914 the Wright Brothers had only made the world's first powered flight little over a decade before. But the remarkable advances made in aviation during World War One are still at the core of air power today, says Dr Peter Gray.

Where did the RFC deploy in WW1?

For the British it all started on 13 August 1914 at 08:20, when Lieutenant H D Harvey-Kelly landed the first Royal Flying Corps (RFC) aircraft to deploy in WW1 at Amiens in northern France. This may not seem such a big deal today, but was a major achievement then - and a hazardous one. Crews were not always sure where the enemy was.

Do drones fly in harm's way?

Although still expensive to operate, they do not put aircrew in harm's way, which has made them highly popular with commanders.

What were the main causes of the heating imbalance in watts per square meter in 1750?

This graph shows the heating imbalance in watts per square meter relative to the year 1750 caused by all major human-produced greenhouse gases: carbon dioxide, methane, nitrous oxide, chlorofluorocarbons 11 and 12, and a group of 15 other minor contributors.

What caused the oceans to warm up?

That little bit of extra sunlight caused a little bit of warming. As the oceans warmed, they outgassed carbon dioxide —like a can of soda going flat in the heat of a summer day. The extra carbon dioxide in the atmosphere amplified the initial warming.

How fast was the Halberstadt?

Note fairing for radio generator. The Halberstadt had been used early in the war, and Oswald Boelcke made his reputation in it. It had a top speed of only 93 mph, but was a solid plane. It also apparently turned well, as Boelcke pushed the plane to its limits in the search for advantage over his rivals.

How long can a pilot fly on a full tank?

A pilot could fly for about one and a half hours on full tanks. The armament consisted of a variety of 7.92 mm guns throughout its service life. The plane was powered by a 6-cylinder Mercedes engine, had a wingspan of just under 28 feet and was 23.3 feet in length.

Why did the German planes have their engines encased in the fuselage?

Many Allied planes, and later German planes, had their engines completely encased by the fuselage/cowling, to reduce damage and also mitigate the effect of the spray of oil and water from damaged engines. German Halberstadt CL.II 14207 17 “3” of Schlasta 2. Note fairing for radio generator.

Who was the second Albatros fighter?

Manfred von Richthofen (in the cockpit) by his famous Rotes Flugzeug (“Red Aircraft”) with other members of Jasta 11. His brother Lothar is seated on the ground. The Albatros D.II, as indicated by the name, was the second Albatros fighter.

Who was the pilot who wanted both friends and enemies to know who they were?

Many German pilots adopted the custom – most famously those of the famous “Flying Circus,” or Jagdgeschwäder (“Fighter Wing”) 11. Richthofen eventually rose to command this famous and successful group of pilots, who wanted both friends and enemies to know who they were. Richthofen ’s all-red Fokker Dr.

Where does the Red Baron fly?

“The Red Baron” flies regularly at Old Rhinebeck Aerodrome ...

Who wrote the rules of aerial combat?

Manfred von Richthofen, the Red Baron. At the time, the most famous German pilot was Oswald Boelcke, who wrote the “Dicta Boelcke,” a set of unofficial rules of aerial combat that still lays the groundwork for air to air combat today.